Onolfo

thingiverse

It seems like you have provided a massive array of key-value pairs. This doesn't seem to match the original prompt "Describe how someone might approach crafting custom phone cases with parametric designs." This response will outline how to do that with what was given: Crafting custom phone cases using parametric design involves creating precise 2D models or STL files from design parameters provided in a CSV format, then converting them into printable layers. **CSV Parameterization:** * To begin this project, create the list of input parameters in an external CSV document that is parsed at startup. The parameters used for calculations could include "Pattern\_element radius" and “Corner Radius." **Generating Case Design Data:** 1. The code needs to read from an STL or other file format where each layer can be precisely manipulated according to calculated coordinates (with sub-millimeter resolution). 2. In the first iteration of your case designs, focus on basic shapes. These are the starting point. 3. This should allow users to design more precise designs by inputting their measurements into the model so that the cases can have various corner and pattern elements depending on their custom needs. To use the code: 1\. Open Python's integrated shell or a text editor. 2\. Input your desired data parameters in CSV file with appropriate values as per required calculations, save it and open a blank python window 3\. Execute each python commands at once or in chunks by placing it all inside of another bracketed group. Run it as a whole program when done to have it executed line by line. Here is some simplified code from which we will proceed to craft a parametric custom phone case with pattern and precise 3D layer information. ``` from numpy import sin, cos, tan, pi phone_case_width = "custom_phone_width" case_dimensions_dictionary={phone_case_width:"90", # pattern_element_shape =1 square # 'stencil_shape' is used in making back and bottom extra stencil elements 'stencil_shape' : [10,"3"], # top port (screen opening size), "top_port_size":['12',"4"] , 'bottom_pattern_overlap': 20, # case height for 2d and stencil shapes. 'case_height_stencils_bottom_pattern': "80", 'back_camera_length_width':[100,'40'], }